Resolve the event in time
Freeze a short exposure, capture a sequence from a single event, or follow a continuous optical time trace. Choose the camera and timing around the measurement.
Use a gated camera to isolate a chosen time window. For repeated events, delay stepping builds a time-dependent measurement.
Gated imagingUse a framing camera when the event cannot be repeated. Specify the number of frames, exposure and interval together.
Framing imagingUse a streak camera to map time onto an image axis. Add a spectrograph to record wavelength and time together.
Streak imagingChoose the acquisition method
Select a short exposure within a fast event. Compare scientific sCMOS readout, high-resolution CCD readout and the HIC fixed 500 ps gate option.
IsCMOS / SIC Series
An intensified, cooled sCMOS assembly for nanosecond gated imaging and spectroscopy. A fibre faceplate couples the intensifier to a 2048 × 2048 scientific sensor, with integrated delay and gate control.
ICCD / SIC-6M Series
A cooled CCD and fast intensifier assembly for time-resolved imaging or spectral acquisition. Lens or fibre coupling is configured around the required spatial resolution and collection efficiency.
HIC-G05 / HIC-G30
A 12-megapixel intensified camera with integrated timing control. G05 provides a fixed 500 ps gate option alongside an adjustable gate; G30 offers adjustable gating from 3 ns to continuous operation.
Choose the acquisition method
Record a sequence of images from one event. FC platforms include two, four or eight channels and a four-channel double-exposure configuration.
The FC product page includes both single-exposure and double-exposure configurations, with their model-specific timing constraints.
Choose the acquisition method
Convert arrival time into position to record a continuous optical time trace. Pair with a spectrograph for wavelength–time measurements.
T-lab ST10 / T40
A streak-camera assembly for recording optical intensity against time and position. The ST10 supports triggered and high-frequency scanning; the T40 provides a longer slit for triggered measurements.
TIMART ST10 / T40 / T40-HDR
A streak-camera family spanning synchronised ultrafast scanning and long-slit triggered acquisition. ST10, T40 and T40-HDR configurations differ in temporal resolution, slit length and readout coupling.
Developed by Xi’an Institute of Optics and Precision Mechanics, Chinese Academy of Sciences.
T-lab and TIMART are separate camera families. Their ST10/T40 names overlap; select the exact family, readout and sweep configuration.
Complete the configuration
Add image intensification to a compatible camera, or synchronise excitation and detector exposure with independently delayed pulse outputs.
IIM-A / IIM-B / IIM-C
A lens-coupled intensifier module adds low-light sensitivity to a compatible high-speed camera or spectrograph. Desktop, remote-control and manual configurations share a 25 mm intensifier format.
TD104
Four independently controlled pulse outputs synchronise optical experiments. Touchscreen, buttons and a rotary control provide local setup, with USB and Ethernet for remote control.
Optical gate width, camera frame rate, trigger repetition and timing adjustment step describe different parts of the measurement. Streak-tube resolution also differs from the response of a complete spectroscopy system.
Match the camera to a spectrograph, or explore an integrated streak-camera spectroscopy system.
Share the event duration, repetition, wavelength range and required image sequence. We’ll help select the camera, coupling and timing.
